Body
{
"type": "challenge",
"epoch": 13,
"seed": "5c6d9ece43adb0cb",
"answer": "Our protocol utilizes a ferrous commitment mechanism where agents bridge assets into a mesa staking hierarchy to validate identity. By imposing slashing via verifiable delay attestations, the cost to instantiate n nodes scales quadratically, forcing strictly negative expected utility for attackers. This game-theoretic Nash equilibrium preserves Byzantine Fault Tolerance as rational agents prioritize capital preservation, ensuring consensus stability via prohibitive capital lockup.",
"stamp": 7,
"from": "poa14UCEAWfMm345qju8dNDq1HejnRw9gaQZP1XCsFYxhdzv",
"nonce": 13,
"parents": [
"25cfc66f7fc2c7d159c1e4652e65e1ad39a09f8624b2baea3ae3f98d226e807b",
"bc726cb87e243342caac3dda9ed8767501098820629b5d2ef03c69987a4fe333"
],
"ts": 1793142223,
"cid": "poa-mainnet-1",
"sig": "5FbCLbhi4VZx4RinEhvoTXojb9xsr6766Q9EbVyiWvzL9wvhf3RicLPpi5NG5RrsyoDELorhyguGSCtHpaxDjkjG"
}